
( Brand: Leysop ), ( Part Type: Cell ), ( Manufacturer Part Number: BBO-6-20-AR532 )
The Leysop BBO-6-20-AR532 Pockels Cells, specifically the model BBO-6-20-AR532-DMP-1 with M2758 connection, is an advanced optical modulator designed for use in various applications where fast, efficient, and precise modulation of light is required. This particular Pockels cell model, manufactured by Leysop, boasts several key features that make it an excellent choice for researchers, scientists, and engineers in the fields of optics, laser technology, and quantum physics.
The BBO-6-20-AR532-DMP-1 is a type I potassium titanyl phosphate (KTP) Pockels cell. KTP is a nonlinear optical crystal that exhibits the Pockels effect, allowing the cell to act as a fast electro-optic modulator. The cell has a length of 6mm and a width of 20mm, making it a mid-sized option for those requiring a balance between power handling and compactness.
The Morotech M2758 connector is a standard optical interface used for the BBO-6-20-AR532-DMP-1, enabling easy and secure connection to a variety of optical systems. This connector guarantees a strong optical and electrical contact, minimizing signal losses and ensuring the best possible performance of the modulator.
One of this Pockels cell's most appealing features is its AR532 waveplate design. The AR stands for "achromatic retarder," which means this waveplate is free from chromatic aberrations across a wide range of wavelengths. This feature ensures accurate optimization of the electric field throughout the entire modulator, enabling optimal operation over a broad wavelength band.
The BBO-6-20-AR532-DMP-1 is a high-power Pockels cell, capable of handling up to 3.5kV peak electric field and up to 6A rms drive current. With such power capabilities, it can effectively modulate the intensity and phase of a wide range of optical signals, including continuous-wave and pulsed lasers.
The optical aperture of this Pockels cell measures 4 x 4mm, ensuring minimized losses when using focused beams. Additionally, its low propagation loss (0.3dB) guarantees maximum efficiency in energy transfer.
For temperature control and stability purposes, the temperature of the BBO-6-20-AR532-DMP-1 can be maintained within a range of 20 C to 25 C using the included Peltier cooling system. This system keeps the crystal's temperature constant, minimizing induced birefringence and maximizing the modulator's operational lifespan.
The lightweight yet robust construction of the BBO-6-20-AR532-DMP-1 is epoxy sealed and housed within a high-strength aluminum casing, providing excellent thermal stability and ensuring proper sealing against external environmental influences.
In summary, the Leysop BBO-6-20-AR532 Pockels cell (BBO-6-20-AR532-DMP-1, M2758) is an achromatic KTP modulator with a mid-size form factor, high power handling capabilities, a temperature-controlled system, and low propagation loss. Its advanced features make it an excellent choice for applications requiring fast, precise, and efficient modulation of laser beams across a wide wavelength range.
Pockels cells are essential components used in various applications, including frequency conversion, Q-switching, and mode-locking in laser systems. One specific model, the BBO-6-20-AR532, DMP-1 M2758, gains significant attention due to its versatility and capabilities. This analysis compares the advantages and disadvantages of this Pockels cell model for potential buyers.
Pros:1. Wide Applicability: These Pockels cells are suitable for use with dye lasers, Nd:YAG lasers, and other types of lasers, making them a versatile choice for various applications.
2. Large Active Area: With a large active area of 6 mm x 20 mm, they can handle high peak powers and are ideal for beam shaping, tuning, and other applications requiring large beam dimensions.
3. Temperature Stability: The BBO-6-20-AR532, DMP-1 M2758 is known for its temperature stability, which is crucial in ensuring consistent performance and minimizing errors due to thermal drifts.
Cons:1. Complexity and Size: Given the large active area, these Pockels cells tend to be more complex and heavier than smaller models, making them less portable and potentially more expensive.
2. Safety Considerations: Due to the high voltages required for operation (up to several kilovolts), it is essential to ensure proper safety precautions and appropriate equipment for handling and installation.
3. Cost: The larger size, complexity, and high voltage requirements drive up the cost of these Pockels cells, making them a more significant investment than smaller models.
Conclusion:The BBO-6-20-AR532, DMP-1 M2758 Pockels cells offer numerous advantages, including a wide range of applications and a large active area. However, they also come with notable drawbacks like complexity, size, safety considerations, and cost. After considering the pros and cons, potential buyers should carefully evaluate their specific use cases and budgets before making a decision.
Recommendation:These Pockels cells are an excellent choice for those seeking high performance, versatility, and large active areas. However, they are better suited for applications that require frequent, stable operation and have the necessary resources to accommodate their size, complexity, and cost. For lighter applications or those with more limited budgets, smaller and more cost-effective Pockels cells might be a more suited alternative.
LEYSOP Pockels Cells BBO-6-20-AR532-DMP-1 M2758. Shipped with USPS Priority Mail.